GE5475 AMTIR-1 Optical Glass

AMTIR-1 Optical Glass Description:

The AMTIR-1 optical glass, available through the Stanford Advanced Materials (SAM) platform, features exceptional infrared transmission capabilities, making it the preferred choice for thermal imaging and sensor tasks in the medium and long-wave infrared spectrum. This advanced glass material exhibits outstanding optical clarity, thermal stability, and minimal dispersion, ensuring precise imaging and detection, applicable in scientific, industrial, and defence sectors. The AMTIR-1 Optical Glass, obtained through SAM, serves as a reliable resource that advances infrared optics and meets the diverse requirements of infrared sensing.

AMTIR-1 Optical Glass Specifications:

AMTIR-1 Optical Glass Applications:

1. Thermal Imaging: The AMTIR-1 optical glass is widely employed in thermal imaging systems for detecting thermal radiation and generating thermal images due to its high infrared transparency.

2. Infrared Sensing: As an infrared-transparent material, AMTIR-1 is suitable for the production of infrared sensors for detecting changes in thermal radiation.

3. Infrared Laser Systems: In infrared lasers, the AMTIR-1 optical glass can be used as an optical window or lens for the transmission and focusing of laser beams.

4. Military Applications: Given its excellent performance in the infrared range, the optical glass AMTIR-1 is often utilised for military purposes such as infrared navigation, reconnaissance, and target identification.

5. Scientific Research: In scientific research, AMTIR-1 can be used in infrared spectroscopy, astronomical observation, meteorological research, and other fields, providing researchers with reliable optical infrared materials.